It has been well-established that high-altitude (HA) environments affect the human brain;
however, the differences in brain structural and functional networks between HA natives and …

Tibetans have adapted to high altitude environments. However, the genetic effects in their
brains have not been identified. Twenty-five native Tibetans living in Lhasa (3650 m) were …

Background Cognitive and neuroimaging changes under chronic high‐altitude exposure
have never been followed up and dynamically assessed. Objectives To investigate the …

The aim of this study was to investigate brain structural alterations in adult immigrants who
adapted to high altitude (HA). Voxel-based morphometry analysis of gray matter (GM) …

With the advancement of in vivo magnetic resonance imaging (MRI) technique, more
detailed information about the human brain at high altitude (HA) has been revealed. The …

The study of individuals at high‐altitude (HA) exposure provides an important opportunity for
unraveling physiological and psychological mechanism of brain underlying hypoxia …

A large proportion of lowlanders ascending to high-altitude (HA) show no signs of mountain
sickness. Whether their brains have indeed suffered from HA environment and the persistent …

Introduction High altitude (HA) exposure leads to cognitive impairment while the underlying
mechanism is still unclear. Brain functional network is crucial for advanced functions, and its …

Background Structural and functional networks can be reorganized to adjust to
environmental pressures and physiologic changes in the adult brain, but such processes …

The current study obtained multi-modal MRI data from 28 immigrant high altitude (HA) young
adults who were born and grew up at Qinghai-Tibetan plateau matched with 28 matched …